air#

air = {'pore.contact_angle': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 180.0}, 'pore.critical_pressure': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 3786000.0}, 'pore.critical_temperature': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 132.5}, 'pore.critical_volume': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 0.002917}, 'pore.diffusivity': {'MA': 0.032, 'MB': 0.028, 'model': <function fuller>, 'regen_mode': 'deferred', 'vA': 16.6, 'vB': 17.9}, 'pore.electrical_conductivity': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 1e-15}, 'pore.molar_density': {'model': <function ideal_gas>, 'regen_mode': 'deferred'}, 'pore.molecular_weight': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 0.0291}, 'pore.surface_tension': {'model': <function constant>, 'regen_mode': 'deferred', 'value': 0.072}, 'pore.thermal_conductivity': {'a': [0.00422791, 7.89606e-05, -1.56383e-08], 'model': <function polynomial>, 'prop': 'pore.temperature', 'regen_mode': 'deferred'}, 'pore.viscosity': {'a': [1.82082e-06, 6.51815e-08, -3.48553e-11, 1.11409e-14], 'model': <function polynomial>, 'prop': 'pore.temperature', 'regen_mode': 'deferred'}}#